Python fahr_to_celsius示例

示例#1

文件： Exercise_4_problem_3.py 项目： student-work-agu-gis2021/lesson4-functions-and-modules-15719044

#    **You can do the temperature conversion and classification inside one for loop:**
#
#     - Iterate over the list of Fahrenheit temperatures (create a `for` loop), and inside the loop:
#
#         1. Create a new variable called `temp_celsius` in which you should assign the temperature in Celsius using the `fahr_to_celsius` function to convert the Fahrenheit temperature into Celsius.
#         2. Create a new variable called `temp_class` in which you should assign the temperature class number (0, 1, 2, or 3) using the `temp_classifier` function
#         3. Add the `temp_class` value to the `temp_classes` list

# YOUR CODE HERE
#import the two function
from temp_functions import fahr_to_celsius, temp_classifier
#create empty list
temp_classes = []
#convert
for temperature in temp_data:
    temp_celsius = fahr_to_celsius(temperature)
    temp_class = temp_classifier(temp_celsius)
    temp_classes.append(temp_class)
# #### Part 2 (continues)
#
# 6. Calculate how many temperatures there are in each temperature class:
#
#     1. Create four variables called `zeros`, `ones`, `twos`, and `threes`
#     2. Count and assign to each variable how many times values 0, 1, 2, and 3 are present in the `temp_classes` list and print out the results below. In other words, assign the value of how many time `0` is in the list to the variable `zeros`, and so on.
#

# YOUR CODE HERE
#create each of them
zeros = 0
ones = 0
twos = 0

示例#2

文件： Exercise_4_problem_3.py 项目： student-work-agu-gis2021/lesson4-functions-and-modules-izumi-yonezawa

#  
#    **You can do the temperature conversion and classification inside one for loop:**
# 
#     - Iterate over the list of Fahrenheit temperatures (create a `for` loop), and inside the loop:
# 
#         1. Create a new variable called `temp_celsius` in which you should assign the temperature in Celsius using the `fahr_to_celsius` function to convert the Fahrenheit temperature into Celsius.
#         2. Create a new variable called `temp_class` in which you should assign the temperature class number (0, 1, 2, or 3) using the `temp_classifier` function
#         3. Add the `temp_class` value to the `temp_classes` list


# YOUR CODE HERE
from temp_functions import fahr_to_celsius,temp_classifier

temp_classes=[]
for i in temp_data:
  temp_celsius=fahr_to_celsius(temp_data[i])
  temp_class=temp_classifier(temp_celsius)
  temp_classes.append(temp_class)

# #### Part 2 (continues)
# 
# 6. Calculate how many temperatures there are in each temperature class:
# 
#     1. Create four variables called `zeros`, `ones`, `twos`, and `threes` 
#     2. Count and assign to each variable how many times values 0, 1, 2, and 3 are present in the `temp_classes` list and print out the results below. In other words, assign the value of how many time `0` is in the list to the variable `zeros`, and so on. 
#   

# YOUR CODE HERE
#Create four variables called zeros, ones, twos, and threes and count and assign to each variable how many times values 0, 1, 2, and 3 are present
zeros=temp_classes.count(0)
ones=temp_classes.count(1)

示例#3

文件： Exercise_4_problem_3.py 项目： student-work-agu-gis2021/lesson4-functions-and-modules-iori-furukawa

# 4. **Convert the Fahrenheit temperatures** in the `temp_data` list into Celsius and **classify the Celsius temperatures** using the importend functions. The output should be stored in the `temp_classes` list
#  
#    **You can do the temperature conversion and classification inside one for loop:**
# 
#     - Iterate over the list of Fahrenheit temperatures (create a `for` loop), and inside the loop:
# 
#         1. Create a new variable called `temp_celsius` in which you should assign the temperature in Celsius using the `fahr_to_celsius` function to convert the Fahrenheit temperature into Celsius.
#         2. Create a new variable called `temp_class` in which you should assign the temperature class number (0, 1, 2, or 3) using the `temp_classifier` function
#         3. Add the `temp_class` value to the `temp_classes` list


# YOUR CODE HERE
import temp_functions
temp_classes=[]
for x in temp_data:
  temp_celsius=temp_functions.fahr_to_celsius(x)
  temp_class=temp_functions.temp_classifier(temp_celsius)
  temp_classes.append(temp_class)
print(temp_classes)

# #### Part 2 (continues)
# 
# 6. Calculate how many temperatures there are in each temperature class:
# 
#     1. Create four variables called `zeros`, `ones`, `twos`, and `threes` 
#     2. Count and assign to each variable how many times values 0, 1, 2, and 3 are present in the `temp_classes` list and print out the results below. In other words, assign the value of how many time `0` is in the list to the variable `zeros`, and so on. 
#   

# YOUR CODE HERE
zeros=0
ones=1